Climate-Fueled Infernos in the Mediterranean
- Sasha Hill
- 6 hours ago
- 4 min read
A report shows that climate change increased the intensity of wildfires in the Mediterranean this summer, how do we stop the spread?

Early and intense wildfire season has arrived around the Mediterranean. Image Credit: Le Monde, July 17th 2025
With autumn becoming winter, most people in the UK are craving warmer days, but our neighbours in the Mediterranean would likely disagree. Across the region, fire seasons are growing longer and wildfires are becoming more destructive. In August 2025, World Weather Attribution (WWA) released a rapid analysis showing that the weather conditions fueling the catastrophic wildfires in Turkey, Greece and Cyprus this summer were around 22 percent more intense due to human-driven climate change.
The Forces Behind the Flames
The three main factors driving this rise in intensity are wind, heat, and rainfall, all of which are being reshaped by a warming world.
Wind is usually thought of as cooling, but in the Mediterranean it spreads heat and carries flames into new areas. Fires need oxygen to burn, so strong winds allow a fire to grow stronger and can turn a spark into an inferno. Seasonal winds like the Etesian winds in Greece and Turkey can act as natural “fire accelerators.” The study by the WWA suggests that climate change has altered wind patterns, making fires stronger and less predictable, increasing the likelihood of them spreading.
Rising global temperatures due to human activities lead to hotter summers and increase the frequency and duration of heatwaves. Warmer weather also strips the moisture from vegetation, making forests and grasslands more likely to set alight.
Rainfall and water availability shape the wildfires in the Mediterranean. Climate change is disrupting these rainfall patterns, a study by MIT discovered that winter rainfall in parts of the Mediterranean could decline by up to 40% under warming. Climate change also causes greater variability in rainfall: some regions get less water overall, and droughts become more frequent or severe. Less moisture makes fires easier to ignite and allows them to burn faster.





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